Elec 385 Computer System Design Homework 12 Due April 15

Elec 385 Computer System Design Homework 12due April 15 2015

Elec 385 Computer System Design Homework 12due April 15 2015

ELEC 385: Computer System Design Homework #12 Due: April 15, . Exercise 7.19 Explain your answer. 2. Exercise 7.21 Explain your changes to datapath and describe any new control signals. 3.

Exercise 7.24 Show all work. And, as always, homework is to be single-sided and stapled.

Paper For Above instruction

This document addresses the three specified exercises from ELEC 385: Computer System Design, focusing on fundamental concepts of computer architecture, data path modifications, control signals, and problem-solving methodology. The exercises require detailed explanations, analysis of data path changes, and comprehensive work demonstrations to solidify understanding of system design principles.

The first exercise, 7.19, prompts for an explanation of a particular concept or solution. In approaching this, it is essential to clearly interpret the question, analyze the underlying principles involved, and articulate a concise, comprehensive answer supported by relevant theoretical and practical understanding. The explanation should clarify the reasoning process, highlight key points, and reference relevant principles from computer system design. For example, if the question pertains to pipeline hazards, the explanation must cover hazard types, detection techniques, and mitigation strategies.

Exercise 7.21 involves analyzing modifications to the datapath and identifying new control signals. In this context, the student must evaluate a provided or hypothetical data path modification—such as adding or altering components like multiplexers, ALUs, registers, or control units—and then describe these changes meticulously. The analysis should include a detailed schematic description, emphasizing how the modifications influence data flow and processing. Furthermore, the student must identify new control signals introduced by the change, explain their functions, and describe how they coordinate to ensure correct operation. For example, if an additional multiplexor is added to select between multiple data sources, a corresponding control signal must be introduced and explained.

Exercise 7.24 requires showing all work, emphasizing the importance of transparency in problem-solving. This entails documenting all calculations, decision steps, and logic methods used to reach the solution. It is crucial to clearly present each step, including any necessary formulas, diagrams, or tables, to demonstrate thorough understanding and facilitate review and grading. Properly formatted work helps in verifying accuracy and provides insight into the problem-solving process.

Overall, the key to successfully completing this homework is combining theoretical knowledge with precise, detailed explanations, and thorough analysis of the data path modifications and control signals. Attention to detail, clarity in reasoning, and comprehensive work presentation are essential. Such practice enhances mastery in computer system design and prepares for more advanced topics and real-world applications.

References

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